Abdulrahman Hossam
Digital IC Designer
I am a passionate digital designer and a senior student of Communication and Computer Engineering
at Benha University. My journey in engineering is driven by a fascination with the intricate details of
hardware architecture and the power of digital systems. I am proud of my academic achievements,
maintaining an A- grade, and am set to graduate in 2027.
Through my work with Field-Programmable Gate Arrays (FPGAs), I have brought complex ideas to life,
from designing an 8-bit microprocessor to developing an I²C master controller. My skills are further
complemented by a strong foundation in networking, which includes expertise in wireless, and
cybersecurity from the MCIT 4-module program. I am constantly seeking new challenges and am
excited to contribute my unique blend of hardware and networking knowledge to innovative projects.
Choosing me means you're getting a dedicated problem-solver focused
on delivering efficient and cost-effective solutions. My work with
FPGAs enables me to solve some of the most challenging problems in
hardware development.
why you choose me?
About me
Educational Background
Studing Communication and Electronics Engineering in Shoubra Faculty Of Engineering
Benha University
2022 - 2027
Digital Design using FPGA
120 HOURS (90 technical and 30 Freelancing)
Nti Summer Training
2025
MCIT summer Training
2025
Infrastructure Network,voip & wireless ,Data Center and Cyber Security
120 HOURS
Personal Skills
Hardware & Embedded Systems:
Digital design, electronics, embedded systems,Computer Architecture
Arduino, PIC16F877A, FPGA
Programming & Tools:
Java(oop) ,C++, Python, HTML, CSS, JavaScript, PHP,vhdl and verilog
Professional & Interpersonal:
Management: planning & organizing projects
Communication: clear technical collaboration
Problem-Solving: analytical & critical thinking
Languages:
Englsih
Arabic Native
Work Experiences
NTI Summer Training
-Digital Design using FPGA
-120 HOURS (90 technical and 30 Freelancing)
Microcontroller Programming
C++ for Arduino(in youtube)
PIC microcontroller(summer
training in college)
2024
2025
Offered Services
SERVICE 2
FPGA & ASIC
Design
SERVICE 1
Project 1
8-Bit Microprocessor (VHDL): Developed a
complete 8-bit microprocessor using an FPGA
and VHDL, incorporating a comprehensive
instruction set including arithmetic logic unit
(ALU) operations (add, subtract, multiply), logical
comparisons (greater than, less than), memory
access (load, store), and control flow (jump,
branch if equal).
Project 2
I²C Master Controller (FPGA): Designed and
implemented an I²C master controller on an FPGA,
enabling efficient and reliable communication
with slave devices.
Project 3
Password Checker (Logic Gates/Latches): As a practical
application of my skills, I designed and implemented a secure
password checker on a 32-bit system. This solution
demonstrates my ability to build robust, real-time security logic
directly into hardware.
The system verifies a user's password against a set value. For a
correct entry, a "CORRECT" LED is illuminated. For an incorrect
entry, a "WRONG" LED is turned on, and the number of incorrect
attempts is tracked on a 7-segment display. After three failed
attempts, a "MANYATTEMPTS" LED is activated, and a timer is
initiated, requiring the user to wait before attempting to reset
the system. This project highlights my capability in handling
sequential logic, state machines, and user interface feedback at
the hardware level.
Project 4
MIPS Single-Cycle Processor (Logisim)
Designed and implemented a 32-bit single-cycle MIPS
processor to understand CPU architecture and instruction
execution.
Supported instruction categories: arithmetic/logic
(add, sub, and, or, xor, slt, li), shift (sll, srl, sra), memory
(lw, sw), and control-flow (j, jr, jal, jalr, beq, bne).
Built core components: Program Counter, Instruction
Memory, Register File, ALU, Data Memory, Control Unit,
and ALU Control.
Implemented proper control signal generation for each
instruction type to manage instruction fetch, decode,
execute, memory access, and write-back stages.
Result: Achieved a functioning processor that
executes a broad set of MIPS instructions within a
single clock cycle.
Project 5
High-Efficiency Power Supply (-18V to +18V, 90%
Efficiency)
Built a regulated dual power supply with minimal
ripple and high conversion efficiency.
Stereo Audio Amplifier
Designed and implemented a high-quality stereo
audio amplifier capable of delivering clear and
balanced sound to 4 Ω speakers.
Optimized the circuit using multiple LM386
amplifiers, carefully selected resistors and
potentiometers for precise gain control, and a
combination of polarized and ceramic capacitors for
signal filtering and stability.
Powered by a 9V battery, the amplifier
demonstrates reliable performance and high-
fidelity audio output suitable for small-scale audio
applications.
Project 6
Let's Work Together
hello@reallygreatsite.com
abdo7ossam822@gmail.com
01277029701